Planetary centrifugal mixer supplier factory 2024
Planetary centrifugal mixer manufacturer supplier by Smida: Vacuum mixers are commonly used in industries such as pharmaceuticals, cosmetics, food processing, and materials science. They are suitable for mixing a wide range of materials including liquids, pastes, powders, and viscous substances. The vacuum mixer machine is known for their ability to produce high-quality blends with improved homogeneity and stability. Overall, planetary vacuum mixe play a crucial role in ensuring product quality by eliminating air bubbles and reducing the risk of contamination during the mixing process. They are essential equipment for industries that require precise and controlled mixing under vacuum conditions to meet specific quality standards and production requirements. Discover additional information on vacuum mixer machine.
The working principle of the planetary centrifugal mixer is that through the revolution and rotation of the turntable and the stirring motion of the stirrer, the bubbles in the liquid continuously rise upward and burst and disappear at the liquid surface. This equipment uses physical methods without adding any chemicals and has no impact on product quality. Planetary Centrifugal Mixer Has The Following Advantages: It can effectively eliminate bubbles in liquid and improve mixing efficiency and product quality. The equipment has a simple and compact structure and is easy to maintain and operate. Using physical methods without adding any chemicals, it has no impact on product quality. Suitable for bubble removal in different fields, such as chemical industry, food, medicine, etc.
The unique flow of materials in a planetary centrifugal mixer ensures that even the smallest amount of material is homogenized. Simple control over mixing speed and duration enables users full control over material processing. Since planetary centrifugal mixer is a non-invasive mixing technology, there are no blades or other physical inhibitors inside the mixing container which could interrupt flow of material and potentially create “hot spots” in a dispersion. See more details at smidacn.com.
How to use planetary centrifugal vacuum mixer: Place the items that need to be degassed into the centrifugal vacuum mixer. Be careful that the items do not exceed the maximum capacity of the container. Close the door of the centrifugal vacuum mixer and place the gasket on the door. Turn on the power of the centrifugal vacuum mixer and adjust the vacuum pump pressure to the appropriate level. Start the vacuum degassing process, which usually requires pressing a button or turning a switch. During the program, the machine will automatically depressurize until the desired vacuum level is reached. Wait for the vacuum degassing process to complete, which usually takes a few minutes. During this time, the centrifugal vacuum mixer will remove most of the gas from the container. When the vacuum degassing process is completed, open the door of the centrifugal vacuum mixer and remove the items. Turn off the power to the planetary centrifugal vacuum mixer and clean the container and seal.
The application of iron oxide is very extensive, playing an important role in the fields of pigments, catalysis, biomedicine, and so on. The advantages of using a planetary centrifugal mixer to prepare iron oxide compared to traditional stirring methods are mainly reflected in the following aspects: Unique planetary stirring method: The planetary centrifugal mixer uses its unique planetary stirring method to make the mixing container perform planetary motion in the mixing chamber, that is, the mixing container rotates both around the central axis and around its own axis. This mixing method can ensure that the materials are mixed in all directions in three-dimensional space, avoiding blind spots that may occur in traditional mixing, and thus ensuring the uniformity of iron oxide mixing.
Non vacuum high configuration planetary centrifugal mixer: TM-310TT/TMV-2000TT. These two devices achieve uniform mixing of materials in tens of seconds to minutes while rotating at high speed. They can store 20 sets of data, and each set can also set parameters such as speed and time, which can meet the mixing and defoaming requirements of most materials. The biggest difference from the cost-effective model is that its rotation speed can be adjusted at any ratio from 0 to 2 of the revolution speed, so it can also handle more materials that are extremely difficult to mix evenly. Their single mixing capacity can reach a maximum of (1L/1kg) * 2, making it easy to complete experiments and measurements. All demand for production.
The two varieties of planetary centrifugal mixers are called atmospheric-pressure type and vacuum type. Bubbles often cause difficulties during the mixing process, and, in such cases, one of these mixers can be used depending on the individual situation. The atmospheric-pressure type mixer removes air bubbles visible to the naked eye of several hundred microns order. The vacuum type mixer is used for the removal of invisible micron-sized bubbles. Traditionally, deaeration is accomplished with a desiccator once mixing has taken place. Carrying out this process is time-consuming. However, the planetary centrifugal mixer enables deaeration while mixing without any overflow, which reduces the length of time it takes.
Professional customization, service first – We are well aware that every customer’s needs are unique. Therefore, SMIDA provides a comprehensive customized solution from consulting, design, production to after-sales service, ensuring that every planetary centrifugal mixer can accurately match the actual needs of customers. Our professional team is always on standby to solve any problems you encounter during use, ensuring that the equipment is always in optimal operating condition.